We present a knowledge representation framework where a collection of logic programs can be combined together by means of meta-level program composition operations. Each object-level program is composed by a collection of extended clauses, equipped with a time interval representing the time period in which they hold. The interaction between program composition operations and time yields a powerful knowledge representation language in which many applications can be naturally developed. The language is given a meta-level semantics which provides also an executable specification. Two applications in the field of business regulations are shown
In this paper we briefly survey the main contributions of our research on time granularity and outli...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
The paper investigates a semantic approach for combining knowledge and time. We introduce a multi-mo...
We present a knowledge representation framework where a collection of logic programs can be combined...
We present a knowledge representation framework where a collection of logic programs can be combined...
The problem of representing and reasoning about two notions of time that are relevant in the context...
In this paper we introduce MuTACLP, a knowledge representation language which provides facilities fo...
Representation, reasoning about and integrating knowledge based on multiple time granularities in kn...
Modelling, reasoning about and integrating knowledge based on multiple time granularities in knowled...
In this paper interval logic (Allen 1983) with some extensions is proposed for knowledge-based sched...
As part of an effort to develop an intelligent tutoring system, a set of knowledge representation f...
AbstractChronolog(MC) is an extension of logic programming based on a linear-time temporal logic wit...
A model for knowledge representation that incorporates structure and time is presented. The model is...
A time-dependent concept is a conceptual entity that is defined in terms of temporal relationships w...
The paper aims at providing the multi-modal propositional logic LTK with a sound and complete axioma...
In this paper we briefly survey the main contributions of our research on time granularity and outli...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
The paper investigates a semantic approach for combining knowledge and time. We introduce a multi-mo...
We present a knowledge representation framework where a collection of logic programs can be combined...
We present a knowledge representation framework where a collection of logic programs can be combined...
The problem of representing and reasoning about two notions of time that are relevant in the context...
In this paper we introduce MuTACLP, a knowledge representation language which provides facilities fo...
Representation, reasoning about and integrating knowledge based on multiple time granularities in kn...
Modelling, reasoning about and integrating knowledge based on multiple time granularities in knowled...
In this paper interval logic (Allen 1983) with some extensions is proposed for knowledge-based sched...
As part of an effort to develop an intelligent tutoring system, a set of knowledge representation f...
AbstractChronolog(MC) is an extension of logic programming based on a linear-time temporal logic wit...
A model for knowledge representation that incorporates structure and time is presented. The model is...
A time-dependent concept is a conceptual entity that is defined in terms of temporal relationships w...
The paper aims at providing the multi-modal propositional logic LTK with a sound and complete axioma...
In this paper we briefly survey the main contributions of our research on time granularity and outli...
AbstractA new domain-independent knowledge-based inference structure is presented, specific to the t...
The paper investigates a semantic approach for combining knowledge and time. We introduce a multi-mo...